Marine

High end cruise liners need high performance lighting to give the right ambiance for their discerning guests as they enjoy the ship's extensive facilities. Anolis provides a huge range of fixtures that are perfectly suited for the demanding environment of travelling the world's oceans with Marine rated coatings and IP67 rated fixtures, ensuring Anolis products will continue to impress guests for many years to come.

Marine

The adverse effects of exposure to the marine environment, whether lighting coastal architecture or on-board cruise ships and super yachts, are known to be among the harshest environments to which lighting is exposed. In order to counter the corrosive effects of such situations, Anolis offers a full C5M marine grade anti-corrosion coating ensuring the long-term reliability of our products. This optional coating process using specialist primers and finishing paint ensures the damage caused by high salinity is kept to a minimum. The C5M coating is in addition to the high-quality materials such as stainless steel 316L and marine grade bronze that Anolis uses in the manufacturing of some our products as we understand that difficult service access and the short time in dock means reliability is a key decision when making the selection for lighting schemes in the marine environment.

Why Anolis

As a leading manufacturer of premium LED architectural lighting solutions, with over 10 years experience, Anolis is the smart choice for any lighting application. The company values of honesty, integrity and the desire to produce the best possible fixtures are present in our DNA. Since the inception of Anolis, we have always collaborated with our customers and partners to create the highest quality LED lighting solutions with a huge range of applications and projects across the globe. Anolis is proud to research, design and manufacture all fixtures in our 55,000 m² factory in the Czech Republic, employing over 600 people so we have complete control over all aspects of the research, design and production process.